eSUN eFlex TPU (Natural) -3D Filament 1.75Ø, 1kg
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Product description
Product Information: eSUN eFlex TPU (Natural)
🔸 Brand: eSUN
🔸 Material: TPE (Thermoplastic Elastomer)
🔸 Color: Natural (No color added)
🔸 Net Weight: 1 kg
🔸 Filament Diameter: 1.75 mm
Features of eSUN eFlex TPU (Natural):
🔹 Flexible TPU filament with 95A Shore hardness for enhanced durability
🔹 Natural translucent color for versatile and functional applications
🔹 Excellent elasticity and resilience, ideal for soft and flexible parts
🔹 Superior abrasion and wear resistance for long-lasting prints
🔹 High toughness with minimal deformation, ensuring stable prints
🔹 Strong layer adhesion with reduced shrinkage for precise details
🔹 Compatible with both direct drive and select Bowden extruders
Recommended Printing Settings:
🌡️ Nozzle Temperature: 220-250°C
🛏️ Bed Temperature: 45-60°C
💨 Fan Speed: 100% (to maintain flexibility while cooling)
🏃♂️ Printing Speed: 20-50 mm/s (slower speeds recommended for better results)
⭕ Nozzle Size: 0.4 mm (0.6 mm recommended for smoother extrusion)
eSUN eFlex TPU (Natural) is a high-quality flexible filament designed for durable and elastic 3D prints. With its 95A hardness and natural translucent color, it strikes the perfect balance between flexibility, structural integrity, and a versatile aesthetic, making it ideal for protective gear, grips, wearable accessories, and industrial components.
✅ Durable and flexible: Retains shape after stretching and bending
💠 Natural translucent color: Adds a versatile and functional aesthetic to prints
🔄 Tangle-free spool: 1 kg, smooth feeding, and clog-free printing
📏 High precision: 1.75 mm ± 0.03 mm for stable, bubble-free prints
⚙ Wide compatibility: Works with direct drive extruders on printers like Bambu Lab X1/P1P, Prusa MK4, Creality Ender 3 S1, and more
Perfect for engineers, designers, and makers, eSUN eFlex TPU (Natural) delivers high durability, elasticity, and a versatile finish, making it the go-to choice for flexible and impact-resistant 3D prints.
📊 Comparison table between FDM filaments
